Artificial urinary bladder intelligent control device and control method thereof

Abstract

The invention relates to an artificial urinary bladder intelligent control device. The artificial urinary bladder intelligent control device consists of an urine inlet monitoring area, an intelligent control system, a main body mechanism, a power source system and an external structure, wherein the urine inlet monitoring area and the intelligent control system comprise a small urine storage bag, a sensor, a circuit board, an in-vitro remote controller, a switch and a software control program; the main body mechanism comprises a main urine storage bag, a lifting platform and a motor; the power source system comprises a charging battery and a wireless charging system; the external structure comprises a main body outer casing, a ureter connecting pipe and a urethral canal connecting pipe. The artificial urinary bladder intelligent control device has the advantages that by adopting the mechanical and intelligent control combining method, the urine storage function and required urinating remote control function of natural urinary bladders of a human body are automatically simulated; by adopting a wireless charging technique, the infection caused by skin wounds due to installation of an external power source is avoided; the main body outer casing is made of a polymer material with good biological compatibility, and can be implanted into the human body to replace the natural urinary bladders; the artificial urinary bladder intelligent control device is suitable for patients with all urinary bladder cutting, and the great convenience is realized for the nursing and living of the patient after operation.

Description

technical field [0001] The invention relates to a medical mechanical artificial organ. In particular, it relates to an in situ implantable artificial bladder intelligent control device and a control method for patients with total cystectomy. Background technique [0002] In the field of mechanical intelligent artificial organs, commonly used science and technology include mechanical design, automatic control, sensing technology, material manufacturing and processing, etc. The most researched machine-intelligent artificial organ is the artificial heart. For different mechanical intelligent artificial organs, the differences mainly include the design of the mechanical structure, the selection of sensors, and the design of the intelligent system. [0003] Bladder cancer is a common malignant tumor disease that occurs in the genitourinary system. According to recent statistics, bladder cancer ranks first in the incidence of malignant tumors of the male urogenital system in Ch...

AI Technical Summary

Problems solved by technology

Neither of the above two patents proposes a specific solution for the intelligent system, and neither has the functions of urine intake monitoring, urination protection, device failure monitoring, etc., and the design of the mechanical structure and power system is not complete enough.

At present, neither of the two patents has relevant reports or information on practical application

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